湿法冶金
濕法冶金
습법야금
HYDROMETALLURGY OF CHINA
2014年
4期
259-262
,共4页
武彦斌%王三反%张学敏%陈霞
武彥斌%王三反%張學敏%陳霞
무언빈%왕삼반%장학민%진하
电积%钴%氯气%膜电解%电解槽%改进
電積%鈷%氯氣%膜電解%電解槽%改進
전적%고%록기%막전해%전해조%개진
electrowinning%cobalt%chlorine%membrane electrolysis%electrolytic cell%improvment
针对电积钴过程中会产生大量氯气这一问题，对电解槽加以改进，分析了改进措施中依然存在的问题，并展望了电积钴技术的发展方向，指出膜电解技术在冶金领域中将发挥重要作用。
針對電積鈷過程中會產生大量氯氣這一問題，對電解槽加以改進，分析瞭改進措施中依然存在的問題，併展望瞭電積鈷技術的髮展方嚮，指齣膜電解技術在冶金領域中將髮揮重要作用。
침대전적고과정중회산생대량록기저일문제，대전해조가이개진，분석료개진조시중의연존재적문제，병전망료전적고기술적발전방향，지출막전해기술재야금영역중장발휘중요작용。
There is chlorine output during cobalt electrowinning in cobalt chloride system .To solve the problem ,the electrolytic cell is improved .The some problems for the electrolytic cell improved are analyzed .And the development direction of electrodeposition technology of cobalt is prospected .This paper pointed out that membrane electrolysis technology would play an important role in the metallurgical industry in the future .
